SISTEM PENGOLAHAN AIR, UDARA & LIMBAH PADAT

Slides:



Advertisements
Similar presentations
EO TP3 SAMPLING WASTE DISPOSAL SYSTEMS.
Advertisements

Chemical Analysis of Water
Unit: Chemical Reactions Types of Chemical Reactions: Single Replacement Day 5 - Notes.
{ Understanding Drinking Water Contamination Abigail F. Cantor, P.E., Chemical Engineer Process Research Solutions, LLC Madison, WI.
LEACHATE MANAGEMENT AND TREATMENT
Industrial Wastewater ENVH 440/545 Fall Outline Regulations governing industrial wastewater discharges King County industrial wastewater limits.
Actual groups of customers The determination of heavy metals related to monitoring of the environment has gained increasing interest. Our new method enables.
Tertiary Treatment: Nutrient Removal, Solids Removal, and Disinfection.
Wastewater Characteristics CE Importance of Characteristics The degree of treatment depends on: The degree of treatment depends on: Influent characteristics.
USE OF THE SOUTH AFRICAN NATIONAL WATER ACT, 1998 (ACT 36 OF 1998) TO REGULATE PACKAGE PLANTS Department of Water Affairs and Forestry.
Module 71 Measurements in Water & Wastewater On completion of this module you should be able to:  Have an understanding of the use of oxygen demand as.
The Powell Water Systems, Inc. technology efficiently removes a wide range of contaminants with a single system. Our technology allows.
CE 370 Disinfection.
Division of Water Quality
1 Industrial Chemical Metering and Control Applications Industrial Plant Incoming Water Filtration, Chlorination, RO/DI Utilities Cooling Water, Boiler.
Water Contamination and Human Health. Water Contamination Contamination is caused by pollution from foreign matter such as microorganisms, chemicals,
1 CTC 450 Review  Class Requirement  Water treatment exercise  Wastewater treatment exercise.
Lecture # 2 Water Quality Standards ParameterConcentration (mg/L) Alkalinity (as CaCO 3 ) Ammonia (NH 3 -N unionized)
Introduction to Chlorine Dioxide Technology. Chlorine Dioxide is … Oxidizer and Disinfecting Biocide Molecular Formula – ClO 2 2/3 the oxidation potential.
Criteria for water quality assessment between countries: how to proceed in the next few years ? F. László Water Resources Research Centre Budapest, Hungary.
Introduction: We will start with an overview of treatment processes 1) Why do we treat water and wastewater? The main objectives of the conventional wastewater.
Flowchart for the Laboratory Sampling Sample Subsample Sub- suplying lab LIMS Analyte A Analyte B Analyte C Analyte D Analyte Y Result A Result B Result.
20-Jan-2010electrical, computer and energy engineering Environmental Engineering Linking Mathematics and Chemistry to Engineering Dr. Abbazadegan Graduate.
Water Pollutants and their Sources
WATER CONTAMINATION AND HUMAN HEALTH Pam Stewart Biomedical Innovations Central Magnet School.
Water Quality Saltwater Mrs. Salvati. Where does the water come from?
Major Types of Air Pollution Environmental Science.
Chemical Reactions A process in which one or more substances are converted into new substances with different chemical and physical properties Examples?
Case Studies from Egypt
Standards for Pollution Parameters
Poly want an ion?. This is the formula for cadmium hydroxide: 1. CdOH 2. CdOH 2 3. Cd(OH) 2 4. CdH 2 5. Cd(OH 2 ) 2 6. Cd 2 (OH) 2 7. Cd 2 H.
Human Impact on the Environment Minerals in Water.
Spring, 2012 Session 4 – General Chemistry Pt 2.  Inorganic chemistry applications to process technology  Analytical methods.
BIOENGINEER ANALYSIS WATER. GOALS Students learn how to collect water samples. Then, they will aseptically collect a water sample and use a microscope.
Profile and Survey of Laboratory Proficiency Water and Wastewater Treatment Systems Division of Technical Assistance and Outreach Bureau of Water Supply.
William V. Collentro ULTRAPURE WATER Pharma 2010 New Brunswick, New Jersey May 20-21, 2010.
The River Taff is formed when the Taff Fechan meets the Taff Fawr. The river then runs south and to Cardiff Bay. 'Photolibrary Wales photo library'
 pH is a measure of the acidity or alkalinity of a solution  Pure water is said to be neutral or consisting of a pH of 7  When testing pH you are not.
PRACTICAL SKILLS ON : DISCUSSION AND ANALYSIS OF RESULTS OF LABORATORY STUDIES OF DRINKING WATER.
There are six main types of reactions
1 CE 548 II Fundamentals of Biological Treatment.
Pennsylvania’s Chesapeake Bay Non-Tidal Network Water Quality Stations 2011 Monitoring Update.
Elements.
Oxidised state MnO 4 - Purple (aq) Permanganate Oxidised state Cr 2 O 7 2- Orange (aq) Dichromate Reduced state Cr 3+ Green (aq) Chromium ion Oxidised.
Testing for Water Quality
Water Chemistry Notes Mr. Distasio. Carbon Dioxide (CO 2 ) Colorless, odorless gas Source: Respiration Removal: Photosynthesis Highest Levels: at night,
WTP Operator Training: Water Chemistry Missouri Water and Wastewater Conference Dr. John T. O’Connor, PE Tom O’Connor, PE.
Introduction to Environmental Engineering Dr. Kagan ERYURUK.
Characteristics of Sewage. Sampling techniques The value of any laboratory result depends on the integrity of the sample. The object of sampling is to.
ARISTOTLE UNIVERSITY OF THESSALONIKI Dept. of Civil Engineering Division of Hydraulics & Environmental Engineering Laboratory of Environmental Engineering.
Arsenic in Iowa’s Groundwater – The Unknown Threat: A Pilot Study in Cerro Gordo County Arsenic Conference November 9, 2011.
 Tin IV sulfate  Aluminum hydroxide  Oxygen gas  Iron III nitrate  Iodine.
Ch 8 Single replacement reactions  A + BX  AX + B  You will have a chart of activity series  More active metals will replace less active metals from.
Entry Task: Block 1 Nov. 13 th / 14 th NEW ENTRY TASK SHEET Provide the names or formulas for the following: Lead IV sulfide Zn 3 P 2 Mercury I nitride.
Michael Carvan TECHNOLOGY Processing of any water source Only physical and no chemical process Nano filtration combined with other technologies.
Professor: 莊順興 Presenter: 李謙詳 2016/01/04. * Unlike physical separation processes that merely concentrate or change the phase of hazardous wastes. * chemical.
Unit: Chemical Reactions Types of Chemical Reactions: Single Replacement 6.8- Notes.
1 Course TEN-702 Industrial waste management unit-1 Lecture -4 & 5.
Unit Process in Biological Treatment
Naming and determining the formula of ionic compounds
Naming and determining the formula of ionic compounds
Naming and determining the formula of ionic compounds
There are six main types of reactions
Dissolved Oxygen and Biochemical Oxygen Demand Analyses
Balancing Word Equations
Label as Synthesis/Decomposition and Name the product(s) in WORDS ONLY
There are six main types of reactions
Chemical Reactions Test Review
Acceptability aspects: Taste, odour and appearance  Water should be free of tastes and odours that would be objectionable to the majority of consumers.
Analysis.
Presentation transcript:

SISTEM PENGOLAHAN AIR, UDARA & LIMBAH PADAT PENDAHULUAN SISTEM PENGOLAHAN AIR, UDARA & LIMBAH PADAT

PERUNTUKAN SISTEM Boiler Water Treatment Municipal Drinking Water Municipal Wastewater Industrial Wastewater

Unit dalam Boiler Water Treatment System

Unit dalam Boiler Water Treatment System

Unit dalam Boiler Water Treatment System Parameter : Hardness, Nitrogen-ammmonia

Unit dalam Boiler Water Treatment System

Unit dalam Boiler Water Treatment System Parameter: Conductivity, Oxidation-reduction potential (ORP), oxygen scavengers, pH, phosphorous, silica

Unit dalam Boiler Water Treatment System Parameter: conductivity, nitrogen-ammonia, pH, phosphorous, silica

Unit dalam Boiler Water Treatment System Parameter: acidity, alkalinity, BOD, COD, conductivity, hardness, total nitrogen, nitrogen-ammonia, pH, phosphorous, sampling products, silica, turbidity

Unit dalam Boiler Water Treatment System

Unit dalam Boiler Water Treatment System Parameter: Hardness, nitrogen-ammonia, silica, TOC, turbidity

Unit dalam Boiler Water Treatment System Parameter: conductivity, nitrogen-ammonia, pH, silica, turbidity

Unit dalam Municipal Drinking Water System

Unit dalam Municipal Drinking Water System

Unit dalam Municipal Drinking Water System Parameter: acidity, alkalinity, aluminum, arsenic, BOD, COD, free chlorine, free and total chlorine, total chlorine, chlorine dioxide, chromium, conductivity, copper, DO, fluoride, hardness, iron, manganese, nitrate, nitrite, total nitrogen, nitrogen-ammonia, organics, ozone, particle count, pH, phosphonates, phosphorous, sampling products, sulfate, suspended solids, TOC, turbidity

Unit dalam Municipal Drinking Water System Parameter: alkalinity, aluminum, free chlorine, free and total chlorine, total chlorine, chlorine dioxide, conductivity, hardness, iron, manganese, monochloramine, nitrate, nitrite, nitrogen-ammonia, ozone, pH, phosphonates, phosphorous, turbidity

Unit dalam Municipal Drinking Water System

Unit dalam Municipal Drinking Water System Parameter: alkalinity, aluminum, monochloramine, nitrate, nitrogen and free ammonia, particle count, turbidity

Unit dalam Municipal Drinking Water System Parameter: chorine dioxide, iron, manganese, ozone, phosphorous, suspended solids, turbidity

Unit dalam Municipal Drinking Water System Parameter: alachlor, alkalinity, particle count, turbidity

Unit dalam Municipal Drinking Water System

Unit dalam Municipal Drinking Water System Parameter: alkalinity, aluminum, arsenic, free chlorine, free and total chlorine, total chlorine, chlorine dioxide, chlorite, copper, fluoride, hardness, iron, lead, manganese, monochloramine, nitrate, nitrite, total nitrogen, nitrogen-ammonia, ozone, particle count, pH, phosphorous,toxicity, total trihalomethanes, turbidity

Unit dalam Municipal Drinking Water System Parameter: acidity, alkalinity, aluminum, BOD, COD, free chlorine, free and total chlorine, total chlorine, chlorine dioxide, copper, fluoride, hardness, iron, lead, manganese, monochloramine, nitrate, nitrite, total nitrogen, nitrogen-ammonia, ozone, pH, phosphonates, phosphorous, sampling products, TOC, toxicity, total trihalomethanes, turbidity

Unit dalam Municipal/Industrial Wastewater System

Unit dalam Municipal/Industrial Wastewater System

Unit dalam Municipal/Industrial Wastewater System Parameter: acidity, alkalinity, BOD, COD, free chlorine, free and total chlorine, total chlorine, chlorine dioxide, chromium, conductivity, DO, hardness, nickel, nitrate, nitrite, total nitrogen, nitrogen-ammonia, oxidation-reduction potential (ORP), pH, phosphonates, phosphorous, sampling products, suspended solids, TOC, turbidity

Unit dalam Municipal/Industrial Wastewater System Parameter: acidity, alkalinity, BOD, cadmium, COD, chromium, cobalt, lead, nickel, nitrate, total nitrogen, nitrogen-ammonia, organics, pH, phosphonates, phosphorous, sampling products, silver, suspended solids, TOC, turbidity

Unit dalam Municipal/Industrial Wastewater System

Unit dalam Municipal/Industrial Wastewater System

Unit dalam Municipal/Industrial Wastewater System Parameter: acidity, alkalinity, BOD, cadmium, COD, chromium, cobalt, copper, cyanide, DO, lead, monochloramine, nickel, nitrate, total nitrogen, nitrogen-ammonia, pH, phosphonates, phosphorous, sampling products, silver, suspended solids, TOC, turbidity

Unit dalam Municipal/Industrial Wastewater System Parameter: alkalinity, pH

Unit dalam Municipal/Industrial Wastewater System

Unit dalam Municipal/Industrial Wastewater System Parameter: alkalinity, BOD, cadmium, COD, chromium, cobalt, copper, DO, lead, monochloramine, nickel, nitrate, total nitrogen, nitrogen-ammonia, oxidation-reduction potential (ORP), pH, phosphorous, silver, sludge volume, suspended solids, TOC, toxicity

Unit dalam Municipal/Industrial Wastewater System Parameter: alkalinity, BOD, cadmium, COD, chromium, cobalt, copper, DO, lead, monochloramine, nickel, nitrate, total nitrogen, nitrogen-ammonia, pH, phosphonates, phosphorous, silver, suspended solids, TOC, toxicity, turbidity

Unit dalam Municipal/Industrial Wastewater System

Unit dalam Municipal/Industrial Wastewater System Parameter: BOD, COD, DO, monochloramine, nitrate, nitrite, total nitrogen, nitrogen-ammonia, phosphonates, phosphorous, suspended solids, TOC, turbidity

Unit dalam Municipal/Industrial Wastewater System Parameter: nitrogen-ammonia

Unit dalam Municipal/Industrial Wastewater System

Unit dalam Municipal/Industrial Wastewater System Parameter: free chlorine, total chlorine, chlorine dioxide, organics, ozone, sulfite, turbidity

Unit dalam Municipal/Industrial Wastewater System Parameter: acidity, alkalinity, BOD, COD, total chlorine, chromium, DO, monochloramine, nitrate, nitrite, total nitrogen, nitrogen-ammonia, pH, phosphonates, phosphorous, sampling products, sulfite, suspended solids, TOC, turbidity

Unit dalam Municipal/Industrial Wastewater System

Unit dalam Municipal/Industrial Wastewater System Parameter: alkalinity, cadmium, chromium, cobalt, copper, lead, nickel, pH, silver, suspended solids, turbidity, volatile acids

Sistem Pengolahan Pencemaran Udara

Sistem Pengolahan Limbah Padat